W Beams

Buy Premium Quality W Beams at Ferrite Structural Steels Pvt Ltd. – India’s Leading Supplier, Manufacturer and Exporter of Universal Beams.

W Beams

W Beams, also known as wide flange beams, are renowned for their broad flanges and universal application in structural engineering. These beams are distinguished by their W-shaped cross-section, which provides enhanced load-bearing capabilities and superior stability compared to other beam types. The design of W Beams allows for a larger surface area, which facilitates better distribution of loads and offers increased resistance to bending and twisting forces. This makes them particularly well-suited for heavy-duty construction projects such as large buildings, bridges, and various industrial frameworks.

Ferrite Structural Steels Pvt Ltd is a major manufacturer and supplier of W Beams, known for our commitment to quality and innovation. We produce beams that meet the highest standards of performance and durability, using advanced manufacturing techniques and meticulous quality control processes. At Ferrite Structural Steels, we provide not just products but complete solutions, supporting our clients from project conception through to completion with technical expertise and exceptional customer service. Whether your project requires the robust support of W Beams for structural purposes or seeks to incorporate them as design elements, Ferrite Structural Steels has the capability and experience to meet your needs.

W Beams Specifications

Product Name W Beams
Brand Ferrite Structural Steels Pvt. Ltd.
Minimum Order Quantity 1 Ton
Size Range (mm) 75 x 40 mm to 400 x 100 mm (or custom sizes)
Thickness (mm) 3 mm to 25 mm
Finish Hot-rolled, galvanized, or as specified by customer

W Beam Size Chart

Size (mm) Weight per Foot (kg) Weight per Meter (kg)
75 x 40 2.172 7.126
100 x 50 2.925 9.597
125 x 65 3.992 13.098
150 x 75 5.12 16.799
175 x 75 5.973 19.597
200 x 75 6.796 22.298
250 x 80 9.326 30.599
300 x 90 11.063 36.298
400 x 100 15.270 50.300

Key Features and Benefits

  1. Wide Flange Design: The signature characteristic of W Beams is their wide flanges, which provide greater stability and load distribution compared to other beam types. This design enhances the structural integrity of buildings and other constructions.
  2. High Strength-to-Weight Ratio: Despite their robust structure, W Beams offer a high strength-to-weight ratio, allowing for less material to support the same loads. This efficiency is crucial in reducing overall structural weight and material costs.
  3. Excellent Corrosion Resistance: Made from Steel, these beams are highly resistant to corrosion, which is essential for longevity and durability, especially in harsh environmental conditions like coastal areas or chemical exposure.
  4. Durability: The corrosion-resistant properties of Steel ensure that W Beams can withstand the elements without degrading, making them ideal for both indoor and outdoor applications.
  5. Low Maintenance: Thanks to their resistance to corrosion and high durability, W Beams require minimal maintenance, reducing long-term upkeep costs and efforts.
  6. Sustainability: Steel is a recyclable material, making W Beams a more environmentally friendly choice compared to other non-recyclable construction materials.
  7. Fire Resistance: Steel maintains its strength at high temperatures better than many other construction materials, providing additional safety benefits in the event of a fire.
  8. Ease of Fabrication: W Beams can be easily cut, welded, and machined, which is beneficial during the construction phase, allowing for customization and flexibility in building designs.

Applications of W Beams

  1. Construction: W Beams are extensively used in the construction of commercial buildings, high-rises, and residential structures. Their ability to support heavy loads makes them ideal for foundations, frameworks, and load-bearing walls.
  2. Bridges: Given their high strength and resistance to environmental stressors, W Beams are frequently employed in bridge construction. They can handle dynamic loads and vibrations, ensuring long-term durability and safety.
  3. Architectural Projects: The aesthetic appeal of W Beams allows them to be used in visible parts of buildings and other structures, such as atriums and canopies. They are often left exposed to add a modern industrial look to architectural designs.
  4. Transport Infrastructure: W Beams are used in constructing airports, railway stations, and similar transport facilities where large spans and heavy load capacities are required. They ensure the structural integrity needed for these highly trafficked areas.
  5. Marine Structures: The corrosion resistance of Steel makes W Beams suitable for maritime applications, including piers, wharves, and shipbuilding. They withstand the corrosive marine environment, extending the lifespan of such structures.
  6. Parking Structures: W Beams are used in multi-story parking facilities due to their ability to support multiple levels of weight while maximizing space efficiency.
  7. Renewable Energy Structures: These beams are also applicable in the renewable energy sector, particularly in constructing support frames for large solar panels and bases for wind turbines.
  8. Specialty Structures: Due to their versatility, W Beams are often utilized in custom and specialty applications, such as exhibition stands and temporary structures for events.
FAQs — W Beam

W Beam: Frequently Asked Questions

Straight answers on sizes, thickness, weight, grades, MTC, pricing and ordering — so your enquiry is specification-ready before you send it.

01
What is a W beam?
W Beams refers to wide-flange sections whose broad flanges distinguish them from narrow-flange profiles. It is used in wide-flange structural frames, industrial buildings, bridges and heavy engineered supports. The name identifies a profile family, not a safe load rating; final selection must follow the approved drawing, BOQ, project standard and responsible engineer’s calculations.
02
Why are W beams called wide-flange beams?
W beams are commonly described as wide-flange sections because their flange width is substantial relative to many narrow-flange I profiles. This is a geometry description, not a load approval. The exact W designation, section properties, grade and design calculations must control procurement.
03
Which W beam dimensions and weights are listed?
The live page shows 75 x 40 mm to 400 x 100 mm, with 3 mm to 25 mm thickness; the chart lists 7.126 kg/m to 50.300 kg/m. These are catalogue values rather than confirmation of ready stock. Quote the exact section designation, dimensional standard, material grade, length and quantity, and verify the selected row against the approved project documents.
04
How is a W beam different from an NPB or IPE beam?
W Beams has its own dimensional and mass series. A similar nominal depth in another family can have different flange width, thickness, radii, mass and section properties. Compare recognised section tables and approved calculations; never treat related profile names as automatic equivalents.
05
Why must the exact W section designation be stated?
No substitution or structural selection should be made from profile name, span, flange width or unit weight alone. Capacity depends on loads, combinations, span, orientation, lateral restraint, buckling, deflection, connections, fire requirements and the design code. Any change from W Beams requires revised calculations and written approval.
06
How are W beam weight per foot and weight per metre compared?
Use one consistent unit system when comparing quotations or calculating tonnage. Convert only from the published value for the exact designation and dimensional standard; do not mix figures from different tables. Ask the supplier to confirm kg/m as the commercial weight basis if the project BOQ uses metric units.
07
Can a W beam be selected because its flange is wider?
No substitution or structural selection should be made from profile name, span, flange width or unit weight alone. Capacity depends on loads, combinations, span, orientation, lateral restraint, buckling, deflection, connections, fire requirements and the design code. Any change from W Beams requires revised calculations and written approval.
08
Does a heavier W beam automatically carry the required project load?
No substitution or structural selection should be made from profile name, span, flange width or unit weight alone. Capacity depends on loads, combinations, span, orientation, lateral restraint, buckling, deflection, connections, fire requirements and the design code. Any change from W Beams requires revised calculations and written approval.
09
What is the current commercial rate for W Beams per kg?
Do not publish a fixed current W Beams price per kg. The rate changes with steel grade, section mass, quantity, length, finish, market date and supply route. Send the exact designation, standard, total tonnage and delivery postcode for a dated quotation, then confirm GST, freight and fabrication inclusions.
10
Can W Beams be purchased on a per-tonne basis?
A current W Beams price per tonne can be quoted for a defined requirement. State the exact section, material grade and standard, length, pieces or tonnage, finish, MTC, inspection and destination. Compare offers on the same weight basis and verify tax, freight, cutting, packing and documentation terms.
11
What affects the delivered price of W Beams?
The landed cost of W Beams depends on grade, section availability, unit mass, order mix, total tonnage, length, cutting, drilling, coating, testing, inspection, packing and transport. An uncommon designation or mixed small quantities may price differently from one repetitive bulk section.
12
What MOQ applies when buying W Beams?
The live page states a minimum order quantity of 1 tonne. Confirm how MOQ applies when the enquiry mixes sections, grades, special lengths, finishes or inspection requirements. Provide the piece count and calculated tonnage for every line item so commercial feasibility can be reviewed accurately.
13
Should buyers assume every W Beams designation is in stock?
Do not assume every W Beams designation, grade and length is ready stock. Availability should be confirmed against the exact specification, quantity and enquiry date. If timing matters, state the required date and ask whether the quotation is based on stock, incoming material or a reviewed supply requirement.
14
Is an MTC available for a W Beams order?
Request the MTC for W Beams at the enquiry stage, stating certificate type, grade standard, heat traceability and project format. Check that the certificate matches the supplied markings, dimensions and product form. A generic document does not establish compliance with every structural, toughness or coating requirement.
15
Which documents should accompany W Beams inspection?
Inspection for W Beams should cover identification, dimensions, web and flange thickness, length, straightness, surface condition, quantity, marking and MTC traceability. For third-party inspection, specify the agency, stage, hold points, acceptance criteria and required reports before ordering.
16
Can W Beams be supplied to approved cutting and drilling drawings?
Cutting, drilling or fabrication of W Beams can be reviewed against an approved drawing. Provide cut lengths, hole centres, copes, notches, end plates, weld details, tolerances and piece marks. Connection design, welding procedures and any structural modification remain subject to engineer and fabricator approval.
17
Can a specified surface finish or coating be requested for W Beams?
The live page lists hot-rolled, galvanised or customer-specified for W Beams. State the required surface condition, coating or galvanising standard, preparation, appearance and inspection. Coating suitability depends on the base material, fabrication sequence and exposure, and galvanised steel is corrosion-resistant rather than permanently rust-proof.
18
Which applications use W Beams?
W Beams are considered for wide-flange structural frames, industrial buildings, bridges and heavy engineered supports. Suitability depends on the exact section properties, material grade, exposure, span, restraints, loads, connections and fire requirements. Final use must follow approved calculations, drawings, BOQ and applicable project standards.
19
Where can I buy W Beams in Mumbai or nearby states?
Ferrite can review W Beams requirements for Mumbai, Navi Mumbai, Maharashtra, nearby states, India-wide supply and export enquiries. Availability and logistics depend on section and quantity. Provide the delivery postcode or destination port, Incoterm, unloading constraints and required date for review.
20
What should an India or export W Beams enquiry include?
For a fast W Beams quotation, send the profile and exact designation, dimensions, material grade, material and dimensional standards, length, pieces, tonnage, finish, make preference, MTC and inspection requirements. Add fabrication drawings, delivery postcode or port, Incoterm and required date where applicable.

Why Choose Ferrite’s W Beams?

Choose Ferrite Structural Steels for your W Beam needs and benefit from the unmatched quality and durability our products offer. Ferrite Structural Steels specializes in providing W Beams that excel in both structural integrity and aesthetic appeal, making them ideal for a wide range of applications, from modern architecture and critical infrastructure projects to industrial and marine environments. Our W Beams are crafted from high-grade Steel, ensuring exceptional durability and resistance to corrosion. For a trusted partner in your construction and engineering endeavors, look no further than Ferrite Structural Steels. Contact us today to discuss your requirements and request a quote, and see how we can make your next project a success with our superior W Beams.

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